OPL

OPL spec.
HVAC Controller 1 is physical and systemic.
Lighting Controller is physical and systemic.
Boiler & Heat Exchanger Hot Water System is physical and systemic.
Boiler & Heat Exchanger Hot Water System can be Non-optimal Operation or Optimal Operation.
Chillers & Chilled Water System is physical and systemic.
Chillers & Chilled Water System can be Non-optimal Operation or Optimal Operation.
Fan Coil Units is physical and systemic.
Fan Coil Units can be Not Controlled or Controlled.
Building Automation System is physical and systemic.
SMART sub-meters is physical and systemic.
Generators is physical and environmental.
Uninterrupted Power Supply is physical and environmental.
Morning-warmup & Cool-down Control of Controlling 1 is informatical and systemic.
Humidity Control Logic of Controlling 1 is informatical and systemic.
Occupancy Sensors is physical and systemic.
Lights is physical and systemic.
Window Shades is physical and systemic.
Variable Air Volume Box is physical and systemic.
Variable Air Volume Box can be Not controlled or Controlled.
Air Handling Unit is physical and systemic.
Air Handling Unit can be Non-optimal Operation or Optimal Operation.
Supply Temperature Control & Reset Logic of Controlling 1 is informatical and systemic.
Static Pressure Control Logic of Controlling 1 is informatical and systemic.
Demand Controlled Ventilation Logic of Controlling 1 is informatical and systemic.
Optimum Start/ Stop Logic of Controlling 1 is informatical and systemic.
Pressure Control & Reset Logic of Controlling 2 is informatical and systemic.
Temperature Control Logic of Controlling 2 is informatical and systemic.
Lead-Lag HX Control of Controlling 2 is informatical and systemic.
Lead-Lag Pump Control of Controlling 2 is informatical and systemic.
Start/ Stop Control Logic of Controlling 4 is informatical and systemic.
Temperature Control Logic of Controlling 4 is informatical and systemic.
HVAC Controller 2 is physical and systemic.
HVAC Controller 3 is physical and systemic.
HVAC Controller 4 is physical and systemic.
Pressure Control & Reset Logic of Controlling 3 is informatical and systemic.
Temperature Control Logic of Controlling 3 is informatical and systemic.
Lead-Lag Pump Control of Controlling 3 is informatical and systemic.
Chiller Control Logic of Controlling 3 is informatical and systemic.
Boiler Control Logic of Controlling 2 is informatical and systemic.
Space Temperature Control with wide deadband of Controlling 5 is informatical and systemic.
Occupied, Unoccupied & Setback Control Logic of Controlling 5 is informatical and systemic.
Static Pressure Reset Logic of Controlling 5 is informatical and systemic.
HVAC Controller 5 is physical and systemic.
Luminous Sensor is physical and systemic.
Building Electricity Switch Gear is physical and environmental.
Electricity Consumption 1 of Air Handling Unit is informatical and systemic.
Electricity From Substation is physical and environmental.
Utility Service Provider is physical and environmental.
Electricity Consumption 2 of Boiler & Heat Exchanger Hot Water System is informatical and systemic.
Electricity Consumption 3 of Chiller & Chilled Water System is informatical and systemic.
Electricity Consumption 4 of Fan Coil Unit is informatical and systemic.
Total Electricity Consumption is informatical and systemic.
Honeywell EBI R600 is physical and systemic.
Johnson Controls Metasys is physical and systemic.
Siemens Desigo CC is physical and systemic.
Chiller & Chilled Water System is physical and systemic.
Fan Coil Unit is physical and systemic.
Facility Manager/ Human is physical and environmental.
United Technologies WebCTRL is physical and systemic.
Schneider Electric EcoStruxure is physical and systemic.
Electricity Consumption 5 of Lights is informatical and systemic.
Controlling 1 exhibits Demand Controlled Ventilation Logic, Humidity Control Logic, Morning-warmup & Cool-down Control, Optimum Start/ Stop Logic, Static Pressure Control Logic, and Supply Temperature Control & Reset Logic.
Controlling 2 exhibits Boiler Control Logic, Lead-Lag HX Control, Lead-Lag Pump Control, Pressure Control & Reset Logic, and Temperature Control Logic.
Controlling 3 exhibits Chiller Control Logic, Lead-Lag Pump Control, Pressure Control & Reset Logic, and Temperature Control Logic.
Controlling 4 exhibits Start/ Stop Control Logic and Temperature Control Logic.
Controlling 5 exhibits Occupied, Unoccupied & Setback Control Logic, Space Temperature Control with wide deadband, and Static Pressure Reset Logic.
Total Electricity Consumption consists of Electricity Consumption 1, Electricity Consumption 2, Electricity Consumption 3, Electricity Consumption 4, and Electricity Consumption 5.
Boiler & Heat Exchanger Hot Water System exhibits Electricity Consumption 2.
Chiller & Chilled Water System exhibits Electricity Consumption 3.
Air Handling Unit exhibits Electricity Consumption 1.
Fan Coil Unit exhibits Electricity Consumption 4.
Honeywell EBI R600, Johnson Controls Metasys, Schneider Electric EcoStruxure, Siemens Desigo CC, and United Technologies WebCTRL are Building Automation Systems.
Lights exhibits Electricity Consumption 5.
Controlling 1 is informatical and systemic.
Controlling 1 changes Air Handling Unit from Non-optimal Operation to Optimal Operation.
Controlling 2 is informatical and systemic.
Controlling 2 changes Boiler & Heat Exchanger Hot Water System from Non-optimal Operation to Optimal Operation.
Sensing is informatical and systemic.
Sensing requires Lighting Controller.
Sensing consumes Luminous Sensor and Occupancy Sensors.
Controlling 3 is informatical and systemic.
Controlling 3 changes Chillers & Chilled Water System from Non-optimal Operation to Optimal Operation.
Controlling 4 is informatical and systemic.
Controlling 4 changes Fan Coil Units from Not Controlled to Controlled.
Communicating is informatical and systemic.
Communicating affects Building Automation System and Utility Service Provider.
Communicating consumes HVAC Controller 1, HVAC Controller 2, HVAC Controller 3, HVAC Controller 4, HVAC Controller 5, Lighting Controller, and SMART sub-meters.
Controlling 5 is informatical and systemic.
Controlling 5 changes Variable Air Volume Box from Not controlled to Controlled.
Controlling is informatical and systemic.
Controlling requires Lighting Controller.
Controlling affects Electricity Consumption 5 of Lights, Lights, and Window Shades.
Distributing is informatical and environmental.
Distributing requires Utility Service Provider.
Distributing consumes Electricity From Substation.
Distributing yields Building Electricity Switch Gear.
Powering is physical and systemic.
Powering affects Air Handling Unit, Boiler & Heat Exchanger Hot Water System, Chiller & Chilled Water System, and Fan Coil Unit.
Powering consumes Building Electricity Switch Gear, Generators, and Uninterrupted Power Supply.
Measuring is informatical and systemic.
Measuring requires SMART sub-meters.
Measuring consumes Total Electricity Consumption.
Controlling 1 requires HVAC Controller 1.
Controlling 1 affects Air Handling Unit and Electricity Consumption 1 of Air Handling Unit.
Controlling 2 requires HVAC Controller 2.
Controlling 2 affects Boiler & Heat Exchanger Hot Water System and Electricity Consumption 2 of Boiler & Heat Exchanger Hot Water System.
Controlling 3 requires HVAC Controller 3.
Controlling 3 affects Chiller & Chilled Water System and Electricity Consumption 3 of Chiller & Chilled Water System.
Controlling 4 requires HVAC Controller 4.
Controlling 4 affects Electricity Consumption 4 of Fan Coil Unit and Fan Coil Unit.
Controlling 5 requires HVAC Controller 5.
Controlling 5 affects Variable Air Volume Box.
Monitoring is informatical and systemic.
Facility Manager/ Human handles Monitoring.
Monitoring consumes Building Automation System.
Facility Manager/ Human handles Controlling.
Controlling affects Building Automation System.
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